Cash-register.



J. H. MQOURMIGK.

CASH REGISTER.

APPLICATION FILED JAN.8,1900.

1,103,068; Patented July 14, 191% 12 SHEETS-"SHED"! l.

' :LsLaLsLELdZ If Mg- J. H. MOGORMIGK.

CASH REGISTER APPLICATION rum) JAN. 3, 1900.

1,103,068 Patented July 14,1914.

12 SHEETS-SHEET Z.

l VITJVESSES: lNVliNTO/C.

MJMM J. H. MQOORMIGK.

CASH REGISTER.

APPLIGATION FILED JAN.3,1900.

Paten ted. July 14, 1914.

i2 sumwsmwa.

r MIN PVITNESSES: INVENTOR.

B QM fMQM J. H. MUGORMIGK.

CASH REGISTER.

APPLICATION FILED mum. 1900.

1,103,068. Patented July 14, 1914,

12 SHEET3-SHEET 4.

' WITNSSES: M

ATTORNEY.

J. H. MQOORMIUK.

CASE REGISTER.

APPLICATION FILED JAN.3,1900.

.Fatsnted July M, 19%

12 SHEETS-SHEET 8.

v l lomm lVJYl VESSES J. H. MQCORMIOK.

CASE REGISTER APPLICATION FILED JAIL3, 1900.

Patented July 14, 1914.

12 SHEETS-SHEET I.

w vkmeooao J. H. MOGORMIGK.

CASH REGISTER.

APPLICATION FILED JAN.3,1900.

Patented Ju1 14,1914,

l2 SHEETS-SHEET 9.

I/VIYYVESSES; I

.I. H. MOOORMIGK. CASH REGISTER.

APPQIOATION FILED J'IAN. 3. 1900. Patented 14,

12 SHEETS-SHEET 1o DOLLARS cm DOLLARS Ots. DOLLARS 0h. DOLLARS cw. IEIEIZ'IIEIEIIBIL'H SIEIEII'WKJIL'JI IEIEIEUI" I'JIIZ @IEIEIEIEIE 'i DRY GOODS BODTS E SHOES QUEENSWARE CHARGE DOLLARS cu DOLLARS on. ,7 ooLLRs 0L5. DOLLARS ms. IL'JIEIEIEIEIIBIEI L'IIKQII'J "'I'I'L'IIK I. EIE i'llflll ll'jll EIEIEIE Ell-E MOTIONS anoccmas CIGARS m. PAID on I x DOLLARS OtS. noLLnns m5. DOLLARS cw. DOLLARS ms #EIQIEIEI EIIEI Z'JI'I'IEIEIIL h I CLDTHING HARDWARE 7 RECD 0N AGdT GRAND TOTAL WITNESSES.- LVVENTO/B.

J. H. MOGORMIGK.

GASH REGISTER.

APPLICATION FILED JARS, 1900.

Patented. July 14,191

12 SHEETS-SHEET l1.

lV/TIVESSES:

J. H, Monounsa- CASH REGISTER.

APPLXOATION FILED ulna, lean.

Fatented July 14, mm

12 BHEETS-BHHRT 12.

[N'VE TOR.

a V jiii if-igyi iigi' 1 H /VI/ L,

WIYYVESSES:

M; ATTORAQWX which may be equipped with one. or a in ofithisspecification: Figure 'i m n-wants wfi'onteiemtion of a cash n w my invention; the cabinet,

'gezuo omitted and a number of pants; sin

To i166 1071.011: it may CQH-Cfi'Vfl. M stints enlarged dotni vertical seirtion -Be it known that 1, JOHN H. Mot. throng same. Fig. 11 represents an the enluif detail sine eievation partly in section of (-12 of tic amountor mine keys and cooperating pants, including one series of tho graduated stop M1118 which cooperate so with each bani? ,ys. Fig. 12 .i'epm-aents a detuii and sieve tion of one of the i )i(. "ii5i for SUOUlii'iElQ Lin counter shafts. Fig.1. iqnmsenis n. oetnii side elevation. poi J.

:1. citizen of the United Sttes, resnlii. Dayton. in the county of lidiontgoniei' and State of Ohio, have invented curtain new undusefui iinp 'ovenients in ynsh-Registors, of which .i declare the foiiowing to be a full, clear, and eXuct (iQzClilfliOlL Myuinvention comprises a new or illl proved cash register; As shown in the drawings it is provided with a plurality oi coon- Section of one. row or bank of counters of.) tors. and is therefore of the typt: knonn as modified form with their tram :31

multiple or de izii'tment count-er cash 1'6 IiiSIll and throw out devices 1" to:s.- Iviy invention, however, is not restricting paw 1-} 1&p1:3011t$ (1 ed to this o1: any particular form of Q "sh regpinn vim of "he nioditiod m i 1'- as it can be quite as-veii embodied in with the iinrov-out law to: 3% 76 a machine having but one o nntei'. ponds.

. .Q'no object of any invention to }Jl' t'i 'in settion ti n capn. 'stel-0on1 nnntiveiy small, conitor. 1

pact and easily one 'uted.

A sac-0nd oinect 1S to proYidQ :1 ZIl-Jtiflllfif number of counters, as may be desired.

.Ninnorous other ad 'zintuges are comprised by my inwntion; the moonminim for 3.660111 plishing them will behereinafter particuiziitiy referred to.

' In the appended drawings forming; part and simmer casing being not sin vn. IQPPSQIWS an and ei-evation tne partly in section, and partly 0 men Fig. 3 also regressin an eiovntion of end 01- the inachino opposite that shown in Fig. 2. Fig. 4 represents an end eievnt siniiim' to that shown in yard 1 ken away. and with the operating ilYtil' in tin.

oven

open and l" inin'oidn iines. Fig. E'QPL'BSED'CS :1 Wm 0:11 ti": nsvei'se section on the lino 55 of Fig.1, but snowing tine. cash drawer in p09 non, (3 represents a View sin'iiiar to Fiq. 1 with the key board also removed. Fig. 7 represents an enlarged detaii pet-5pm tiv'e View of two of the amount indl 21i." )1'i and. coiipeflting mechanism. Fi 8 ropnw Santa .1- rear elm-anion of in sni 1 niciiin e. partly in snvtion and partly and with some of the pints omitted F J iepisents an on... mp pian \iew partly in section the independent counters. if

\ ditiuila chine, 2 the amount or value keys, 3 the special or department keys, l the cash drawer, I the amount or value indicators, and 6 the operating handle. I

in general terms my improved machine may he described as comprising a single key hoard having amount and department keys, register operating mechanism coacting with said keys, a series of independent counters arranged to be brought into connection with said operating devices at will, amountindicators special indicators, means for actuating the operating mechanism in connc tion with the cash drawer and a lever or handle for operating the mechanism independently of the cash drawer, when desired.

The amount or valtte keys 2 as shown in t l t t l l l l l l l i e'. l of the drawings are mounted in five l itoiilollltll banks or rows of nine keys each and each row is numbered from one to nine whether it he tmits ol' cents, tens of cents, units of dollars. tens of dollars, or hundreds of dollars while the special or department keys 23 which are twelve in number are mounted in a single horizontal bank above the amount keys. The heads of the amount keys upon which the designating numerals are lltM't'ilntl or otherwise allixed are prelerahly round, as shown. while the heads of the special or department keys are square whereby they may he readily distinguished l t'Hllt said amount keys.

The counters, as will be seen by reference to Fig. H. are twelve in number and are arrtmgetl in four vertical tiers of three counters each. .\ll oi these counters except the lower one in the right-hand tier may be said to he independent of each other. This excepted counter, which registers the grand total ol' nine of the other counters, is arranged to be operated simultaneously with any of the other counters except the paid out and charge counters which are 10- t-ated above it in the same tier.

The amount indicators as will be seen by rel'erence to Figs. '1. and Qi are arranged above the counters in duplicate, oppositely lot-inn sets. adapted to indicate at the back and at the front of the machine respectively.

With this brief. statement of the relative arrane'emtatls oi the several parts of my improved machine I will pass on to a detail desc iption of the same.

The l\'t""-l)(hl '".l or frame 8, in which all of the keys are movably mounted in the order above mentioned comprises two parallel spaced and ('olillttlt'd apertured plates 9 and It) and spaced dividing walls ll, extending 1=erpendicularly front plate 10 about half of the distance toward plate 9, and each provided with notched flanges 12 (see Figs. 5 and 18). extending between and parallel to plates 1) and 10. The shanks of the keys which are prel'erahly square in cross section, pass through the notches of theseflangcs and also through the guiding apertures formed in plates 9 and 10; each of said keys being normally held in its outer position by a coil spring, 13 whi h surrounds its shank and bears against its respective flange l2 and a pin 1% mounted in said shank.

l'lach horizontal bank of keys including the special keys, is provided with a rock-rod 1.5 suitahlv journaled in the key board and having a series of rigid latch lingers or pa wls lo which are so arranged as to engage notches l7 and is formed in the key shanks.

.llach of the rods 15 is provided near its left-hand end with a pin 19 (seeFig. 4) to which is connected a coil spring 20 mounted on the key hoard whereby said rod is normally rocked downward to cause its latchting'ers .16 to bear against the notched side of the key shanks. When the keys are in normal position the said lingers rest in the lower notches 18 of their respective key shanks but when a key is depressed its rev pectivelinger rides upward out of said notch and subsequently snaps into its notch 17 and thus holds the key in depressed position until the rod 15 is subsequently rocked to disengage aid finger from the notch. When one of the fingers 1G is forced out of the notch 18 of its key, the shaft carrying said linger is rocked which results in the release of any other key in the same bank which may have been depressed. Thus if a mistake is made and the wrong key depressed, the error may be rectified by, simply pressing the proper key in the same bank, which as above ex )laincd will release the first key. The roeli'ing of the shafts 15 to release the keys dua'ing tion of the machine is lows: A. sl ding trip plate 21 (Fig. 2) is provided at the right hand end of the key board and is formed with elongated slots 22 through which projects"-headed screws 23 for movably securing said plates to said kc board. The plate is also provided with a series of spaced pins 24.- which eoact with rock fingers similar to fingers 16 and mounted on the respective rods 15, to rock said rods when'the slide is moved longitudinally. This longitudinal, movement of the the normal operaa'cconiplished as folslide ellec-ted by the beveled end 20]. (Figs...

1, '13 and 25) of a rearwardly and downwardly extei'iding key releasing plate 202 which is movably mounted on the main frame by a slot and pin connection. The key-releasing plate is provided at its rear lower end with a pivoted bell crank-pawl 203 one arm of which is normally held against a pin. 204 mounted on the plate by a coil spring 205 connected to the pawl and to a pin 206 (see Fig. 2) mounted on one of two arms all hereinafter described. Longitudinal movement is imparted to the keyreleasing plate bv one arm 207 of a cam 20S carrying an additional and longer artn 209.

- horizontal rows of keys This (minis fest upon a rock shaft 55 which receives motion as hereinafter described. W'hen the shaft rocks rearward the arm 26? arises and passes under the pawl 293; the latter springing hack to normal position after the arm passes so that upon return movement of said arm it will engage the rear end of, said pawl and force it and consequently the plate 202 with the beveled lug 201 forward. The latter striking one of the pins 2e will move the slide 21 upwardly and release all the keys which have been depressed. This action therefore, is timed to take place near the end of the stroke of the operating handle or of the drawer and after the other ports have been actuated. The rocking of the rods 15 againsttue tensions of their springs as aforesaid retracts the latch-fingers 16 so that they disengage from the notches l? and thus allow the depressed keys to assume their normal positions as above explained.

As the devices now to he described are duplicated in each of the several hanks or I will con no my description to one bank only as this will. suilice for all.

The lower end of each key shank except the one designated N0 sale is provided with e laterally projecting pin or stud-26 (see Figs. 5 and 19) which, when the hey is depressed contacts with and rocks one of zrseries or unlocking arms 27 co reels shaft 28. There is one shaft 28 bank of keys and therefore upon pression of any hey its shaft will b to raise e locking-dog 2%? mounted near the left hand end thereof. 1

'llS in each case has :1 limited movement on its shalt being provided with a hub ioriued in opposite sides with flaring slotsSl es best seen in Fig. 19. the shaft projects through play therein and is .nornuilly drawn forward by a. coil spring to cause the locking-dog A pin 32 first i:

29 to engage a. shouldered collar 33 to one of ii series of transverse shafts 3; to

lock the latter in position until it hey operated to .l'uise said dog. I

By the above described lost-inoti ui-conneetion between the shaft and l aising- (log 39 the former upon the opm'ution o l a key moves ihrough the greater part of its field of operation without moving the latch and only raises the letter sutliricnlly to release its shaft 34 after the key has been depressed for enough for its latchingre- 16 to engage its notch 17 and thus lorl; said hey agfulusl return. This construction prevents :iuy l'ruiululent manipulation of said keys and locks the operating device-s against movement until :i hey is fully depressed and latched. The above description applies to both the amount keys and the special keys with the exception that the latter here not merit the slots 31 so as to the arms 27., or latch 29, etc, but coect with arms (55 later described. Said special keys are so constructed that but one can be operetecl n time. To this end I provide 1*. series of angular plates 210 (Figs. 5 and 23 secured to the shanks of the department keys and cooperating with a series of sliding bevel ended plungcrs Zll mounted in spaced tubes 2%3 secured in the walls 11 (see Figs. 5 and 23). \Vhenone of the special keys is depressed its locking plate 216 passes down between two of the plungers 211 and thus crowds together all the meining plungers upon both sides to pro-- vent the descent of other plates between them in a manner well known in the art.

l-Vlien an amount key is operated as b f fore described its respective shalt 3-1 is leased so that. it may be oseillitml upon the suhscquent operation of one of the special keys. which operation permits the opera tion of the machine as hereinafter described. Erich sheit 33 i is provided with four rocks 36 loose thereon and provided with side flanges 300 for keeping them from moving laterally out of mesh With the sliding counter operating rack-burs 35 which are arranged to operate the counters hereinafter described.

vlhile the segment rocks 36 are loose upon the sl they arranged to turn there 51th. but with a certain mnount of? lost motion. This result is eli'ected by radial pins ll mounted on the shafts and proj "ting between spared pins 42 mounted on the segments as s imvu in Fig. 1?. This lose-minno r1 enlis, will he sub seonently described to detail, to periuil one of the segments to he moved during a transfer from one counter Wheel to the next of higher denomination Without moving all the rcuuiinii'ig segments of the same shell. The said counter operatingracloluu-sll uro :irrnn ed in four groups of seven ours ouch r (3) five of which are operated directiy the s 'incut racks so while the reuniining two hich are at the left hand. side of each group. when released by the trz'insi cr devices lierciuu'lter described are actuated by roll s 'iriugs 212 (see l igi. 53}. Each ofthese l;1('l ours as s is provided with two guiding lingers 370 which together with the rear edges of sold burs form guiding slots for the reception of transverse guide liars :301 which extend from side to side of the nun-him suitable sleeves being mounted on said rods to hold lhe rocks from any lateral displnroiucnt.

The segment I'm-ks on the shells l. are all rigidly scoured thereon. exropt that provi sion is made for the lost-molir-m hcrclo'l'oro referred to. and such segment: rack is in. ronsmut iucsh will: its eonliter-operating I'm-lo bar. from which it results that if any more wont be trunsuiitled to one of the segmentinto connection with said racks as herein afterdescribed. it will receive the proper registration, Normally, that is between the successive operations of the machine, the counter-operating rack-bars are in their uppermost position. as shown in Figs. 1, t, 5 and (i. \Vhen the machine is operated.

' however. the racks drop one space or more,

up to nine, according to the numerical value of the operated kcys. 'hen each has dropped the proper distance it is stopped by means controlled by the operated amount or value key. and thereupon that counter which is controlled by the ope 'ated special key is brought into engagement with the racks. The cash drawer. crank lever or other operating means is then actuated to restore the counter operating rack bars to normal position. As the racks and counter wheels are at this time in operative engagement. this re storing operation, as will be readily understood, turns the counter wheels to register upon themv the amounts of the operated value key or key-s. In other embodiments of my invention the counter operating rack bars might. be moved from normal position by suitable springs, or they might be positively controlled by the movement of some part of the ope 'ating mechanism.

In carrying out the. operation as above outlined the amount or value keys may be all of the same length. as shown in the drawings. There are five horizontal banks of amount or "value keys. consequently there are live shafts 34 and there are nine registering stops 40 arranged spirally on each shaft in graduated order, as shown in Figs. 11 and 17. One of the registering stops cooperates with each of the value keys in said bank. lVhen a key is pressed, its inner end .moves into the path of movement of its cooperating registering-stop. The distance between any stop and the inner end of its operated amount or value key depends upon the numerical value of said key. For instance, bctween the inner end of the 1 key in its depressed position and its registering stop. the distance is one unit; between the inner end of the 5 key when operated and its registering stop the distance is five units; betwecn'the inner end of the 9 key when operated and its registering st op the distance is nine units. etc.

In the machine shown in the drawings. besides the nine registering stops each shaft 34 bears four of the segment racks 36. The

four segment-racks on the first of the tire parallel shafts are in constant mesh with the four units of cents counter-operating rack-bars 38. The segmenta'acks on the next lower shaft bi, are in constant mesh with the tens of cents counter operatingrack-bars. The segment-racks on the lowest shaft 34- are in constant mesh with the four, hundrcds-of-dollars cQuilter-operating rackbars, etc.

The operation of any value key unlatches the locking dogs 29 as has been described and thereby unlocks the segments cotiperating with that bank of keys in which the operated key is located. but said racks are still held in normal position until released by the subsequent operation of a special or department key. as will be presently described. When so finally unlocked and released the racks slide downward turning the segment-- racks 36 and consequently the shaft 34; until one of the registering stops 4O strikes the end of the operated key, whereupon all four counter operated rack bars of that denomination are brought to rest. In like manner all the other counter-operating rack-bars which were unlocked by the operation of the amountkey and subsequently released by the operation of the department key, are stopped at varying distances from their normal position according to the numerical value of the operated amount or value keys, as will be readily understood.

Shortly a t't'cr the rack-bars have been brought to rest the counter or counters controlled by the operated dcpartmcnt key are automatically ln'ought into engagement with said racks as before referred to. Afterward by the operation 9f the cash drawer or of r the crank or lever (3. the said racks are restored or driven back to normal position by mechanism which I shall now describe. Each of said rack bars excepting the sixth andseventh in each group is pro\ lilLll with an extension or bracket 4-1. by mcans of which it normally supportiul in its upper normal position. These brackets are. eugagcd and the. racks upheld by a restoring frame -13 common to all of said rack bars and having springpressed plungcrs 42 twenty in number, that is. live for ea h of the four sets of counter-ope ailing rack-l.)ars. 'lhc restoring frame has at its ends rearwardly projecting arms M by mcans of which it is m ountcd fast upon a rock-shaft 45. The counter-operating nick-bars are therefore returned to normal position and held there by the restoring frame 43. The operation of a departmentkey, through mechanism to he presently clescriheol, 1111-- looks the restoring frame, whereupon it immecliately begins to swing downward under llhe lower end of this spring presses against the collar 98 which is movable on ihe roll 91 and has trunnions 95 which are supported in bearings Si l in the upper encls of two.

rigidarnis 96, fast upon the rock shaft e5. As the restoring frame begins its movement the spring- Si. is compressed, but as the restoring frame moves farther downward the trunnions cross the dead center between the roclr-sfiwait l5 and the cross-shaft from which the rod 92 is hung, and immediately the spring 91 begins to enpanil and thereafter as the descent of the restorin The movement of the latter is therel who; accelerated. The restoring; frame has a constant travel which it traverses at each operation of the machine regardless of the particular keys operated On its return movement the plnngers of the restoring frame strike the brackets i1 and thereby carry the counter-operating raclohars to normal position. The letter are positively stopped at, normal position by de vices to he presently described, but nevertheless the restoring frame ll} continues to ascend ashort distance, the effect of which is to depress the plunfj'ers'in their sockets and compress the springs under them whereliy-whcn the co .inter-operating raclivars are in normal position said plungers exert a tendency to force thenr farther onward. When one of the registering wheels of a counter has made a complete revolution it arranged to unlock the reel: bar wnich turns the adjacent counter wheel of next higher denomination, whereupon the compressed spring under its transfer plunger "12 raises the said rack-bar a short distance and just far enough to turn the said registering wheel of next higher denomination one notch and thereby effect the transfer.

Thc specific means employed to ell'ectthe transfer will he more fully explainecl hereinafter.

ns previously stated the restoring frame may he swung upward to normal position by an operation of the handle (3, or it pre- Ferrell by closing the (llllWQI. In either event there is a cam 212:3 secured upon the rock shalt Resting at all times upon the periphery of the cam is an anti-friction roller 214- which carried. upon the front, or swinging end of the arm 9i?) which is u y secured to the rock-shaft, to which lhe restoring frame is also securcrl. in

shown end are released hythe operation of 1 a department key; The operating com, nor molly tends to swing earwe'rdly nndemhe impulse of the s ring 47 which is secured at one end to a hired partner the frame of the machine and at the other to the swinglog end of the lever 48 which is fast. upon the left-hand enol of the shaft 49'. Securedalso upon this shaft of he machine the handle 6. Also upon the shaft l9 but within the frameoi the machine, is secured a geer-Wheel 51 which meshes with a pinion. 5:2 loose upon the sin-nit The saicl pinion carries a gear wheel 58 which in turn meshes with a pinion 54 but outside the frame.

fast on the rock shaft 55 The operating.

earn 213 is prevented, from. turning rear" warclly and consequently the restoring-frame is maintained in'elevatecl-position by a locking cam 57 (Figs. 2 and 26) which is--fast upon the rock shaft A locking bar 56 extends towarol the front;v of themachine and its front; encl shuts against the square face of the locking-shoulder of the said cam thereby prevents said shafttrom turning. cured to and carried by the iiownwardly, springpresee drawer-latch or plunger 248 which is suitably journalecl in the main frame and arranged to engage the latchplate 58 Inounteclcn the rear of the drawer to hold the latter normally locked and in closed position. it. will readily be seen that so long as the drawer plunger is in its downward or normal position the shaft 55 anci its coliperaleing parts will be locked. W hen, however, the drawer plunger is raised by pressing one of the department keys the locking rod 56 which is. carried thereby, will he also raisecl end the shaft 55 will he thereby unlocked and free to turn under the impulse of its springs or motors. The rcstoringirame thereupon swings down ward, and, sinniltaneously the lever 6 swings upward. To swing the restoring-frame upward to normal position and thereby co1nplete the operation of the machine it only necessary to force the lever 6 down- At its rear end said her is s"-- warcl to its normal position shown in Fig. 3.

The means for raising the (h'swenplunger 248 consists of various parts interveningbe tween said plunger and the series of clepertinent keys. it; comprises a lever-59 as shown in Fig. (l. in proximity to. but normally outof the path of. a finger (i3 rigidly secured upon the transverse shaft (it whichv extends under all of the department keys and has a series of eleven short arms (37 one for each department key. except the no sale keywhich is arranged to press dircctl y upon the bent end 62 of the drawer opening bar. The no sale key thus releases the drawer independent of the operation of the cash keys. Thearms 65 are in the path of movement of the department keys whereby when one of the latter is pressed in it strikes its short arm 65 and thereby the said transverse shaft ()4 is rocked whenever a department key is operated. The department keys are not normally locked and can be pressed in at any time. and likewise the cash keys are not normally looked and can be pressed in at any time. but the proper cycle of operation of the machine requires one or more of the amount keys to be pressed before the department key is pressed for otherwise. since the front end of the drawer opening bar 61 is notin the path of moven'ient of its finger (t3. the pressing of a department key would accomplish nothing.

If the machine be properly operated the pressing of an amount or value key raises the front end of the drawer opening bar 61 into the path of the finger ti?) and when thereafter a department key is pressed the drawer will be properly opened. This raising of the front end of the drawer opening bar 61 into the path of the finger Gil is accomplished by a slide 67 shown in broken lines in Fig. 2, and movably mounted upon the main frame by slot and pin connections. Said slide is provided with a series of pins 68 which are arranged to be engaged by arms 69 one of which is fast to each shaft 28 near its ,left-hand end, whereby when said shafts are rocked by the operation of the amount keys, the slide 67 will be moved longitudinally. The forward end of the drawer-opening bar 61 rests upon the upper one of the pins (38 whereby as the slide (5? moves upward it swings the drawer-opening bar into the path of the finger (53.

In order to prevent, the releasing of the drawer when an amount key is only partly k depressed I provide a stud or projection 71 which is secured to a fixed part of the maehine and cotiperates with an angular slot 7:2 formed in the slide (1. if it be attempted to operate a department key when an amount key is but partly Plt $(ti in. it will readily be seen that the linger which is formed by the angular slot will strike the. projection and prevent the operation of the department key. The no sale key. as has been stated. is arranged. when operated. to press directly upon the bent end (vi of the drawer opening bar. The. no sale key of course should never be used in connection with any amount key and my construction makes it impossible to thus improperly operate the machine. for. if an amount key l)i'-'p1"*sscd the bentend of the drawer operating bar will be raised so far that it is out oi. the path of the no sale" key and hence if the no sale key be pressed after an amount key is operated. no result will be accomplished.

.\s the present improvement contemplates operating the machine either by the handle 6 or the cash drawer -lthe latter is provided at its rear side. as shown in Fig. 3. wit a bracket 72 carrying an antifriction r i c T which latter is adapted when the drawer is being closed to contact with and swing upward the motor lever T-i fast to the shaft 55. The. motor lever is so connected to the main frame by a coil spring that when the drawer is closed the spring is put under tension. 'hen the parts are rel arsed by the operation of one of the department keys as efore described. the spring 73 draws the lever 74- down and helps to open the drawer. thereby also rocking the shaft 53 and imparting movements to the gears and other parts connected thereto as aforesaid.

it will be observed from the above description and reference to the drawings that the same purpose as they both exert their tensions to open the cash drawer. elevate the operating handle and actuate all parts connected to the shafts +9 and 55.

In order to compel a full stroke of the frame 43 upon each operation of the ma chine I provide (Figs. and 4) a link bar 76 and pivot the same to said frame and to a. c auk pin 79 fixed to a ratchet wheel '77 journaled on the main frame. The ratehct. wheel is engaged y a. retaining pawl 7 also mounted on the main frame whereby any retrograde movement of the same is prevented. The said crank'pin T9 is apertnred to receive a guide rod 80 which is pivoted on the main frame and carries a coil spring St. One end of this spring is connected to the link 76 so that when the wheel '77 is rotated by the. downward movement of the restorin; frame the spring is mnnprcssml. The i crank pin 79 passes the dead center between i the journal of the ratchet wheel and that of the springs 47 and 75 subserve substantially iltl mosses the miicle rod just before the restoring; frame. reaches its lowest position. whereupon the spring it expands and throws the crank pin Well inst dead center position. and p '1 niitting tieirestoring frame to be rais d. In like manner the spring 81 being stretched. as the cranlcpin approaches the opposite dead center throws the pin past it so that the restoring frame may be dropped when themachine again operated. its an extra precaution against such a partial mauipnletion of an amount key as would enable the operator to release the machine by operating aspecial key I provide a locllin frame 872 which is 'mounted so as to slide n the main frame and is normally drawn 'lOiWtlICl by a. coil spring 83 which connects ill; to the main frame (see 3). The forward end of this frame is formed with e; bevel which normally lies in the path of an anti,- friction, roller 85 mounted on. e sliile 86. This slide is secured by slot amt pin connection to the key board and is provides? with a number of pins 87 WhKll rest against arms 88 fast to the shafts 15. By this construction when any amount key is being op eratecl the slic 86 is movel longitudinally which causes the roller to move the frame 32 clown and rcarwardly against the tension of its spring. llhis'movcment of the frame 82 locks the frame 43 against movement by causing the notch 59 formed in saicl former frame, to strm'ldlc the pin 90 mounted on the it'ame itl. The latter irgin'ie remains so locked until the amount key has been fully depressed when the shafts 15 again rock back to their original posi tions and release the slide 86 which permits the frame 82 to assume its normal position, thereby releasing the restoring;- frarne43. The slide 86 further carries a pin 249 which ism-ranged to engage and oncrate an arm 250 fast to the shaftlf) of the special keys whereby if a special key be accidentally operated before an amount key, the operation of the latter Wlll release said special key. In such a case however the amount keys must also released so that. the operation may be commenced anew. To

release any amount key a. key in the same bankis given a. partial depression to rock the shaft 15 of said bank WllICll will release all operated keys in said bank.

Having now described the mechanism for imparting variable movement to the countor-operating; raclebars 38 according to the values of the keys Opt-)I'filfll I will pass on to a. description of the counters 7 which cooperate with the respective sets of bars. As before stated the lowermost counter in the right hand row of counters is the grendtotalizing counter and it is arranged to be thrown into operative relation With respective set of rack-bars upon each operw except such operations l cord paid out and trons. The letter are re we counters immediately rend-totalizing counter.

t e twelve counters is substantially oi? the same construction and opera tion I will confine my description to one only as this description will smiles for all. Each comprises a grooved shaft 9? and sown counter wheels (Fi ns. thereon and provicl ed each with a spring pressed pawl 98 which is arranged to bear upon said shaft so as to engage the groove therein when the shaft is rotated. Each of counter Wheels is inscribed about its gieriphery with the siigits from zero to nine inclusive ancl is provided with a pinion 99 upon its right-hand side and 8, transfer cam 100 upon its lefohenu title. The shafts 97 have squared ends which are slidably mounted in grooves 101 (Figs. 6, 9 and 12) forineil in rotary blocks 102 which. are mountetl in the main frame and are held 9 and 10,) journalcd I against lateral displacement by pins 103 which project into annular grooves 10%- formecl in said blocks.

By reference to Figs. 1 and 6 it will be seen that from this construction it results that all of the coroner-shafts in each hori zontal rev. are coupled together so that tl'iey may be simultaneously rotated to turn all of the counter Wheels to zero. This rolotion effected by any suitable tool of the nature ot a screw-drivel applied In the groove 0 the right-hand end block 102. By

means of the sliding connection between the counter shafts-end the blocks 102 the said shaft-s may be independently swung; rearward when into mesh with the: counter-opeuating rackbsrs.

Each of the counter shafts is further supported at its ends in the counter frame 105 having two arms 106 in which the journals for said counter shaft are formed. The said frames are themselves iournaled upon the three transverse shafts l0? four being upon each shaft and they are each provided with a series of springs 10Svvl1ich engage bellcranlt retaining pawls 109 pivoted on their respective shafts 10? and engaging the pinions of the counter wheels to lock them as: inst retrograde movement and to aline them so that theflhgures upon, their peripheries will all be in horizontal alinement.

The coui'iter frames are arranged to be rocked on the shaft 10? to bring the pinions 99 into mesh with the counter-o raclebars. through the llle llllll'l of Ink-bars 110 (see Figs. 5 anal 21) which are connected to lugs 111 formed on Hfllll. countentramcs and to a series of twelve c ')unter-a(ljusting levers 112 loosely mounted on a transverse the counters are to be thrown crating springs 100, one of which is connected to shaft 113. counter. The shaft 113 further supports a, series of special-indicator adjusting levers 111 arranged beside said levers 112 and each formed with a nose 115 by means of which it is rocked on the shaft 113 to elevate its rear end to which one of the links 198 is jointed and tl'iereby'to set a special indicator as hereinafter descril'ied. The coil There is one such lever for each each link 19S tends always to throw out any counter which might be in. engagement with its raclebars; or, in other words, it tends to restore the counter adjusting levers 112 to normal position should they be displaced therefrom.

The rocking of the special-indicator adjusting levers 11 1 is effected by a series of rock frames 116 also pivoted on the shaft 113 and arranged to be forced forward to engage the noses 115 upon the operation of the special keys. To accomplish this result the inner end of each special key except the no sale key is arranged to contact with and operate one of a. series of short-curved arms 11? pivotally mounted on one of the shafts 28. As the latter is forced downward it strikes its respective frame 116 and swings it ilowuward. This downward movement of the frame beside raising its specialiudicator adjusting lever 111 also compresses a spring 118 which lies between the frame and a pendent linger 119 formed on its res wctivc lever .112. This latter lever however prevented from rising at this time under this spring impulse bya transverse rod 120 which extends through an elongated slot 121 formed in a link 122 pivoted to said lover. The rod, 120 (Figs. 5 and 21) is movahly supported in position by a series of arms 12 which are journaled upon a rock-shaft 12-1. Said rod 120 is normally drawn 't'orward into locking position by a coil-spring 125 which is connected thereto and to a suitable stationary part of the machine. Each of the levers 112 and its link 122 forms in effect a toggle which normally oc upies the position shown in Fig. 21., with the shaft 1 0 at the bottom of the slot 121 whereby said lever 112- locked against operation or upward movement and the counter connected thereto through link 110, is locked in inoperative position.

Each of the frames in; (-Fig. and 21) excepting those of the aforesaid paid out and charged counters provided with an internal laterally projecting pin 121': which when the frame is rocked contacts with and o' 'ieratcs one of a series of radial pins 127 mounted on the shaft 113, to rock the latter. This rocking of the shaft 113 adjusts the i'nechanisu' of the totalizing counter so that said counter will be thrown into operative position as hereinafter more fully described.

'operative position.

Each of said levers 112 is provided near its upper end with a pin 128 which projects under its auxiliary lever 111 whereby when the latter is drawn down as hereinafter dcscrihed the lever 112 will bercturucd to normal position therewith.

The rock shaft 12st upon which are socurcd the arms upon which the toggle links 122 are pivoted. is rocked so as to destroy the indication of the kind of special transaction registered, by the ope'ation of any cash key and in the following manner. As before explained when one of the amount keys is operated the forward end of the drawer-opening bar 61 is raised which action also elevates a bell crank lever 130 pivoted on said bar (see Fig. 2). The lower end of this bell crank is normally drawn for: ward by a coil spring 131. which connects it with the said bar, so as to cause its lower notched end to engage a pin 132 mounted on a lever 133 which is pivoted on the main f ame. This latter lever'carries two spaced lugs 134 which embrace one end of a bell crank lever 135 mounted on the outer end of the heretofore u'ientioncd.rock-shaft 124;. consequently when an amount key is operatcd the forward end of the drawer opening bar is raised, the bell crank lever 130 carried thereby is also raised and it in turn lifts the lever 133 and the latter raises the front end of the hell crank lever 135, thereb rocking the shaft 121. \Vhen the bcll-cran 130 nears the upper limit of its stroke it trips against a stationary trip arm 1516 mounted on the frame and thus releases the pin 132 and allows the level 133 to descend.

\Vhen a machine embodying my invention is in practical use there will be always some i one of the special indicators exposed to view and indicating the character of the last recorded transaction, and in like manner in the )articular embodiment of my inventionas siown in the drawings, there will be normally one of the counters in engagement with the counter-operating racks. It results from the above that one of the counter adjusting levers 112 and its special indicator-adjusting lever 114 will be always'raised above normal position. The parts are so shown in Fig. 5, in which one of the counter-adjusting levers is shown in raised or One of the special indicator-ad usting levers 114 is also inraised position, but cannot be shown in Fig. 5 as it is hidden behind the counter adjusting lever 112. In .like manner the section line upon which Fig. 5 is taken, prevents one of the counters being shown as in engagement with its counter-operating raclebars. ()ne of the counters is, however, normally in such engagement but as soon as the op erator in the operation of recording the succeeding transaction, presses an amount or value key, the said counter is thrown out of engagement because the pressing of the 

